<span>The answer is "punctuality"; Being on time is respectful to your co-workers and to the organization and is a good workplace habit. It is a sign to others of your reliability, that they can depend on you. Their are many positive that come from is habit, such as clients knowing they can reach someone, or morning meetings that are more productive, or colleagues who are are more efficient not having to cover for you until you arrive.</span>
Answer:
Whether a governor is allowed to determine an inmates sanity where finding an inmate insane would prevent his or her execution
Explanation:
The Solesbee v. Balkcom (1950) was a case where a state in its policy was against the execution of convicts who goes insane after being convicted and sentenced. According to this case, under the Fourteenth Amendment, such is not considered denial of due process if the governor is vested with the power to determine if a convict is insane after sentence or not, and if he is actually insane, a governor should be the one to say if the convict is to put in an insane asylum.
Answer:
#include<iostream>
using namespace std;
//create the exchange function
void exchange(int a, int b){
int temp; //initialize temporary
//swap the variables value
temp=a;
a=b;
b=temp;
//print the output after exchange
cout<<"a is: "<<a<<endl;
cout<<"b is: "<<b<<endl;
}
//main function program start from here
int main(){
//initialization
int a=3, b=6;
exchange(a,b); //calling the function
return 0;
}
Explanation:
Create the function exchange with two integer parameter which takes the value from the calling function.
and then declare the third variable temp with is used for swapping the value between two variables.
first store the value of 'a' in the temp and then assign the 'b' value to 'a' and then, assign the temp value to b.
for example;
a=2, b=9
temp=2;
a=9;
b=2;
So, the values are swap.
and then print the swap values.
Create the main function and define the input a and b with values.
Then, calling the exchange function with two arguments.
Answer:
cm = 1000;
meter = cm / 100.0;
kilometer = cm / 100000.0;
print("Length in meter = " ,
meter , "m");
print("Length in Kilometer = ",
kilometer , "km");
Explanation:
This is in Python, hope you enjoy!
